Laser welding Robots
Laser Welding Robots
Laser Welding Robots Arc welding robotics uses automated systems, primarily industrial robots with a welding torch, to precisely and consistently join metal parts using an electric arc. These systems consist of a robot manipulator and a controller, and they increase efficiency and quality by performing high-precision, repetitive tasks with minimal downtime. The main components are the robot, which positions the torch, and the welding equipment, which provides the energy and fills the molten metal with a consumable or non-consumable electrode.
Robot manipulator,Robot manipulator, Welding equipment, End effector, Increased consistency and accuracy, Higher productivity, Reduced costs, Flexibility, Improved safety.</b
Functions & Features
Starting point positioning Contact-type positioning (SEACH): With the welding machine as the medium, the robot uses the welding
machine signal to apply a positive voltage to the positive pole of the welding gun. When the welding wire
contacts the workpiece (negative pole of the welding machine), the positive pole voltage of the gun is
lowered, thereby judging that the welding wire contacts the workpiece, and the robot immediately
records the point. When the next workpiece changes position, the same contact method is used to
record the offset position. The robot calculates the error between the two points through instructions
and compensates to the working path
Wobble welding function Z-shaped wobble arc: When performing Z-shaped wobble arc, the robot's motion trajectory is shaped
like the letter "Z". The wobble direction is perpendicular to the forward direction, and the wobble plane
is perpendicular to the tool coordinate system axis B.
Multi-layer multi-pass A Repeatedly stack welding of the same weld or the same path to meet the requirements of weld height
and overall welding strength. The multi-layer multi-pass function only needs to teach the basic path
once, and then design the number of stacking times and stacking rules of the welding path through
instructions. It greatly reduces the time required for programming and reduces the difficulty of
programming. Multi-layer multi-pass is suitable for occasions where welding needs to be performed
in a stacking manner. It is also suitable for other sports occasions that require similar trajectories,
such as gluing, spraying and other fields.
Technical Specification
Model
LN-R-1400/1700/2000
Controller Axes
6
Max Capacity
1400/1700/2000
Repeat Accuracy
±0.08
Laser power
350/500
Power Supply;
Rated Voltage
single-phase200-230 V 50/60 Hz
Supply voltage
-15%~+10%
Power range
±5%
Control cabinet
A1 or A2 modell
Weight
273kg
Load control
3m
Installation
On the ground
Will Arrange
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